Regulator.



R. S. DIMONB.

REGULATOR.

APPLIGATION Hmm MAB. 13;.1909.

Bamm met. 26, 1909.

2 SHEETS-SHEET 1.

FFCE.

RBERT S. ECBIEIGND, OF SOUTH GREENSEUEG, PENNSYLVANIA, ASSGNGR F ONE- lE-=l.l21" TO ARTHUR C. HUNKER, OF GREENSBURG, PENNSYLVANIA.

Application filed march 13,

To @ZZ whom it only concern;

Be known that l, ROBERT S. DiMOND, a citizen ol the United States of America, re siding et South Greensburg, in the county oi vl/'estmorehind and Stute of Pennsylvanie, have invented certain new und useful i'uproveincnis .iu Regulators, or" which the folle/'wiz 's u specification, reference being had the ein lo th3 accompanying drawing.

vThis invention relutes to regulators, und

` orly to o regulator that een be cont-rolling the pressure of steam,

l sir invention is to reduce any degree to e suie and g pointv tion or the regulator for use in conn .iou with steam, water, undoir is as follows: First, in connection with stoom lor heating, cooking, drying, etc. oni? n oireuletii g pressure is required; secone, in connection with water, to keep the pressure oil the. spigots and fixtures in the witter supply of u house when not in use, I

uish wet/er at o normal pressure while drawn for use; third, in connection with to prevent unnecessary pressure on ges fixtures when closed und to furnish a steady und constunt supply iis .inst as consumed, thus avoiding danger, leakage und fourth, in connection with air, lto ret e compressed nir lroin the high presuired iior pneumatic work to u point le. :tor otlice and laboratoryx services, ing, drying, cooling, soreting water, Yils, etc. and Jor blow pipe work, and utilities g iiith, es e governor for steam engines or pumps requiring below the initial or boiler pressure; i th, to maintain any desired height in water colunmto suit the weight of water L us".

Ur' the ubove applications of the reguluio", it is inost iidvuntsgeousl used to pie ve unnecessary pressure o gos fixtures wl closes and,I to iurnish e, steady and ce, i, supply only us :fast es consumed. l swore or regulators heving been used for this' purpose, but the Inostof the regulators r uoly reduce the volume end have but little on the pressure. The regulators sro in various sizes to suit ell kinds of work, inode ci strong and durable intito- Specilcation of @Letters Patent.

riel ond furnished with springs of various Patented' @et @6, i969.

lt?. Serial No. @$3,311.

'scope of work varying from a few ounces to u point above the limit of'- low pressure.

The invention will be hereinafter described in detail ond specifically tpointed out in the appended claims, und rererence will now be had to the drawings wherein there is illustrated o preferred embodiment of the invention, but it is to be understood that the structurel elements thereof con be varied or changed without departing from the spirit und scope of the invention.

lu the drawingsligure l is un elevertion of u regulator coustriufted iu nccordonce with my invention, Fig. 2 is :t longitudinal vertical sectional view of the sume, Fig. 3 is aV cross sectional View of the regulator teken on the line lll-Hl of Fig. 2, Fig. 4 is u similar view token ou the line IV-IV of Fig. 2, Fig. 5 is o longitudinal horizontal sectional View of u portion of the rcgulutor, and Fig. is u perspective View ot' teusiou block used in connection with the rcgulater.

In the drawings, l designates u tubular body having` the ends thereotl exteriorly threaded, us at 2, in order that the reo'ulator :un be interposed, the end A constituting the high pressure end oi the regulator, and

`ivthe oud ll the low pressure eud thereof.

ribs 7, said ribs corresponding in length to the cylinder 6. rlhis cylinder at the high pressure end of the regulator is closed, :is ut 8, and the interior diameter of said cylinder is less thon the inner diameter of the coller 5, whereby the open end of the cylinder will serve as u sect for u piston, to be hereinafter described.

Through the medium of the longitudinally vthe ow pressure end of the piston in a closed position, `adapted to enUaoe the collar 5.

1 is divided into two oppositely disposed semi-cylindrical inlet ports 9, said ports communicating with one another at the low pressure end of the cylinder 6 adjacent to the collar 5.

Slidahly mounted in the collar 5 at the low pressure end B of the regulator 'is a tubular piston 10 having the low pressure end thereof provided with a peripheral flan e 11 and adapted to snu ly fit within the body 1, and 'with said ange is The high xtzhe piston is reduced to engage in thebore 12 of the cylinder @,and this end of the piston is closed, as at 13,-and the reduced portion thereof provided with a plurality of circumferentially arranged. radially disposed openings 14, the object of which will presently appear.

To limit the movement of the tubular piston 1() within the body 1, the periphery of said piston engaging the collar 5 is provided with a longitudinal groove 14V? to receive the inner end of a set screw l5 detachably mounted in the body 1 and the collar 5.

In the high pressurey end of the cylinder 6 is a cylindrical tension block 1G provided with a slot 17 having the bottom 18 thereof V-shaped in cross section, and receiving the pointed end 19 of tension regulating screw 2O adjustably mounted in the upper rib 7 and the body 1.

Interposed between the cylindrical tension block 16 and the closed end 13 of the piston 10, within the cylinder 6, is a coil sl ring 21, the tension of said spring being su icient to normally maintain the plston 10 in an open position.

Tapped into the body 1 and the lower rib 7 and communicating with the bore 12 of the cylinder 6 is a pet cock 22, normally maintained in an open position to prevent a compression of air within the bore 12. In lieu of the pet cock 22 an-` ordinary tube pressure end o or pipe can be used, or simply a port provided in the bodyy 1 and the lower rib .7 that will communicate with the bore 12 of the cylinder 6.

Operation: As shown ,in Fig.` 2 of the drawings, the piston 10 is in a closed position shutting ofil the high pressure end' A of the regulator from the lower pressure end B thereof, and the piston remains in this position until normal conditions are reached in the low pressure end B of the regulator.` Immediately upon the pressure inthe low pressure end B of the regulator becoming normal, the tension of the spring 21 o ens the" piston 10 and allows the pressure iiom the tinlet ports 9 to pass through the openings 14 of the piston into the low pressure end of the regulator.

` tlwill be observed that with the piston 1() ini,l a closed position the openings 14 piston is set against the end of the cylinderand the collar 5, consequently the high pressure Within the ports 9 cannot exert 'any Kinfluence under the control of the piston.

The tension of the' spring 21 is easily and quickly regulated by adjusting the screw 20, and the expansion o he parts ci" the regulator are so nearly equal that trouble from this source is practically reduced to a minif mum, while leakage on a properly construct ed re ila't'or does not exist.

It is thought that the operation and utily ity of the regulator will be fully understood from the foregoing descriptiongit will be understood that the regulator is made of strong and durable metal, 4capable o withstanding high pressure.

Having now described my invention what 'l claim as new, is 1- 1. A regulator of the type described crunprising a hollow body having an open oi i end and a partially closed inlet end, eyli rranged concentrically Within said "1 said cylinder extending from the "niet e... of the body to a point in close prierinity to the outlet end, said cylinder being` closed at the inlet end of the body and open at its other end, ribs connecting the cylinder with the body onopposite sides of the cylinder, a collar Within the body adjacent the outlet end thereof, a piston slidaoly mounted in said collar and 'having a reduced inner end received in the open end of the cylinder, said reduced end of the piston being pro vided with peripheral openings, means for limiting the longitudinal movement of the piston, a s ring between the inner end of the piston an the closed end or the cylinder,

and means for regulating the tension of said spring.

2. A regulator of `the type prising a body, an annular i within said body adjacent o cylinder arranged Within tending from the other end 'coi to a point in close proximity to said con@ and. being closed at one end, longitudinal oppositely disposed ribs supporting saidlcylinder and corresponding in length thereto, a tubular piston slidably` mounted in one end of said l bod?,-AI` and open end of said cylinder and en gaging said collar, saidhpiston having a plurahty of circumferentially arranged openings formed 'therein adapted to communicate with the space between said cylinder and said body, a tension block arranged in the closed end of saide linder, said 'block having a groove formed t erein provided with an inclined bottomz a teni-ion regulating screw arranged .in said body i and engaging `the bottom of said groove for moving sani hice and a coil spring located in said cylinder be tween said tension block and said pistou.

3. A regulator of the type described., coindescrihed, corn` ir arranged body and exead thereof, a

een,

prising a tubular body, an annular collar Within said body adjacent one end thereof, a cylinder arranged within Said body and ei;- tending from the opposite end thereof to a point in close proximity to said collar, the outer end of said cylinder being closed and the inner end thereof being open, longitudinal oppositely disposed ribs` supporting said cylinder' and corresponding in length thereto, a tubular piston slidably mounted in one end of said body and having its inner end received in the open end of said cylinder, said pieton having a plurality of circumferentially arranged openingsI formed therein adapted to communicate with the Space between said cylinder and said body, a tension block arranged in the closed end of said cylinder, said block having a groove provided with an inclined bottom, a tension regulating aereo' arranged in said body and engaging the bottom of said groove for moving Said block, a coil spring located in said cylinder between said tension block and Said pieton, and a pet cocl; carried by said body and connnunicating with said cylinder.

1. il regulator of the type described, coinprie' ig a body, an annular collar arranged within said body adjacent one end thereof, a cylin'de' arranged within said body and extending from the inlet,`'end of the body to a point in close proximity to said collar, the. inner end of said cylinder being open, longitudinal oppositely disposed ribe` Supporting e'aid cylinder and corresponding in length thereto, a tubular piston slidably mounted in the outlet end of Said body within said collar and having its inner end received in said cylinder, said piston havingl a plurality of circuinferentially arranged opening formed therein adapted to communicate with the space between Said cylinder and said body, a `tension block arranged in the inlet end ofkaid cylinder, said block having a groove formed therein provided with an inclined bottom, a tension regulating eci-ew arranged in Said body and engaging the bottom of said groove for moving said block, a coil spring located in said' cylinder between said tension block and said pieton, a pet cock carri d by said body and communicating with Said cylinder, and means farried by said body and engaging said piston for limiting the movement thereof. Y..

5. ln a fluid pressure regulator, a hollow body lnwing an inlet and an outlet in the opposite ends thereof, a collar within the body adjacent. the outlet end thereof, a cylinder Within the body extending from the inlet end thereof to a point in close proximity to said collar, said cylinder being closed at the inlet end of the body and open at its other end, means connecting the cylinder with the body and supporting said cylinder eoneentrically of the body, a piston slidably mounted in the colla having an open outlet end and a closed inner end, the closed inner end of the piston being received Within the open end of said c linder, said cylinder provided at its inner end with peripheral openings, saidmpenilgs being closed when the cylinder is in one position by the walls of 'the ey inder and being in communication Wit-l1 the space between the cylinder and body when the piston is in another position, means for limiting the longitudinal movement of the 4pieton, a. spring arranged between the closed end of the piston and the closed end of the cylinder, and means for regulating the tension of said sprintf.

G. In a fluid pressure regulator, a hollow body liaving an inlet at one end and an outlet at the other end thereof, a cylinder coneentrieally arranged within the body and extending from the inlet end thereof to a point near the outlet end of said body, said cylinder being ,cloaked at the inlet end of the body and open at ite other end, a piston slidably mounted in the body at the outlet end thereof, said pieton having an open outer end and a closed inner end and being provided adja* cent said closed inner end with a peripheral openin g, means for limiting the longitudinal movement. of the piston in the body, a spring arranged between the closed inner end of the piston and the closed end of the cylinder, and means for regulating the tension of said Spring.

ln testimony ivhereof l aflix my Signature in the presence of two Witnesses.

ROBERT S. DlMOND `Witnesses Diari-inn C. HUNnnn, Max l-l. SnoLovrrz. 

